No, I am not referring to the invasive species of snake that is currently wreaking havoc in the Everglades of southern Florida. Rather, the focus of this post is the popular scripting language known as Python.
It’s not always easy to maximize the effectiveness of design simulation, without access to the right resources when you tackle complex projects, especially with tight deadlines. However, when using simulation software appropriately, the benefits include:
We at Hagerman know unplanned downtime can be a major issue in manufacturing plant operations, and simulation software plays a significant role in reducing its negative effects. Before we get into how, though, we want to take a close look at what some firms are facing with downtime.
FEA can be done at any point of the design process and reduces the amount of experimental tests required, saving time and reducing cost.
Safelumin has developed an LED emergency light that is packaged in the form of a regular shaped light bulb. The Safelumin bulb is equipped with a rechargeable lithium-ion battery that is rated to provide up to 3 hours of emergency light during a power outage. Safelumin’s patented power sensing technology is smart and knows the difference between purposely turning off the light switch and suffering a power failure.
The ability to run simulations for projects allows designers and engineers to verify assumptions, validate approaches, and identify the most cost-effective – and optimized - solutions before finalizing a design and sending it to production.
The Hagerman Simulation team is dedicated to helping our customers save money on their energy usage in different kinds of facilities by performing airflow studies. In this article, I’m going to provide examples of projects we have completed and address a common question we receive from Facility Managers.
The advance in building technologies means professionals working in the architectural design industry have many moving parts to consider and coordinate.
To validate how a proposed design for a building would perform, you need to understand how all the systems interact and work together under a variety of real-world scenarios.
What are “Degrees of Freedom” when working with FEA models and why do they matter? If you're new to FEA, this is a good concept to get a grasp of early on. If you are experienced, you may not have ever run into any problems related to degree of freedom limitations in finite elements – or maybe you have and just didn’t know it.
The use of data is pervasive and it’s no exception in the engineering and manufacturing field.